8 (499) 391-32-03, 8 (499) 394-07-16
125363, г. Москва, ул. Новопоселковая,
д. 6, кор. 217, офис 606
8 (499) 391-32-03, 8 (499) 394-07-16
125363, г. Москва, ул. Новопоселковая,
д. 6, кор. 217, офис 606
ООО «ЮЖНОЕ ПРОИЗВОДСТВЕННО-ТЕХНИЧЕСКОЕ ПРЕДПРИЯТИЕ»
ElectroFlo is a powerful application designed for electronic analysts and designers that need to analyze electronic components. It can be used for general component analysis and for printed circuit board analysis. In order to use the program you need to create a model or to import the components and the materials from an external file.
Designed specifically to analyze electronic components, it’s a user-friendly software, offering a great flexibility, which makes it very practical and powerful. A wide range of options is available and a lot of high-quality reports are available to let you save your work and check if the results are valid. This handy package allows you to quickly check the construction of your printed circuit boards, in order to know if there are any faulty components or traces, for example. You can create your own models, import the components from a file, generate a graphical report with the component characteristics, zoom in to show traces of the printed circuit board, extract the footprints of the component from the.EDD file… Some of the features and functionalities available are: — Import/Export models — Export of reports, images and graphs — Toolbar and dashboard viewer — Generate a view of the planar layout — Update tables with new data and images — Search components by symbol and name — Import components from files (XML, XLS, TAB, CSV,…) — Calculate standard values and other tools — Check possible faults, repairs or debugging — Use descriptive/functional names — Decompose multilayered boards — Import TQFP or QFN packages — Decompose boards with parts from different sources — Generate a view of the TQFP or QFN package — Extract footprints from.EDD files — Export footprint data for BOM — Export footprints to.DXF,.GDF,.DWG,.ILML and.SVG files — Generate a heat map — Stack (copy/move) components, in the same or in another location — Select and replace components — Check passive components — Define tolerance levels — Calculate standard values, indexes and other parameters — Extract value data from.EDD files — Calculate capacitance and inductance values — Extract schematic and PCB datasheets — Support multilanguage — Calculate module values, impedance, impedances, reflection, transmission and other values — Print an «On-Board» report — Print wiring networks, Wiring diagrams, Top view, Bottom view — Processed signals on the schematic view — Show or hide component libraries — Extract layers from.DWG or.GDF files — Report component characteristics — Show component throught holes — Copy component data — Output
ElectroFlo Crack Mac is a powerful component specification and design application that allows you to analyze your electronic components quickly and easily. It provides many capabilities that allow you to effectively analyze a wide range of electronic components including integrated circuits, resistors and inductors, diodes, transistors, capacitors, MOSFETs, memory chips, resisters, integrated circuits, visual artifacts, components on and for printed circuit boards, and PCB analysis. ElectroFlo has been developed for use in the manufacturing, retail, and government markets, so the various interfaces are designed to be easy to use. Plus, you can access all the tools and perform all the calculations without the need for an analyst to be present. In addition, the program can be used as part of an intelligent circuit simulation and design application. ElectroFlo can be used to reduce design time by eliminating the need to manually analyze components. This can greatly reduce errors and save you time and money. When using the ElectroFlo software you will have the tools to perform the following tasks: The components can be analyzed using both current and voltage specifications. You can directly include circuit board materials and printed circuit board numbers. The components can be searched to find the correct values for the current, voltage, power, or impedance specifications. It is possible to use the scanning software to scan components and import them into the software. You can create a model in order to import the components and materials. You can create a project to build a circuit or PCB with your components and materials. You can save your work in a number of formats, and you can save your work at any time. This version contains all the current features of the software. This version uses the same file structure and can import files from all previous versions. Version 1.7, 2017-11-17 — Added symbol support for ampere meter resistors. — Added shortcut for the new Flatbed Scanner. — Added support for the PowerFX / PowerBoost (USB-TX) method. — Added the AMP Meter Resistor Component. Version 1.7, 2017-10-24 — Changes to the Battery Checker component. — A bug in the Serial Port component has been fixed (Open VCL: 41029010 / Windows: 67029901). Version 1.7, 2017-09-21 — A bug in the Motor component has been fixed 7ef3115324
ElectroFlo Description: This is the perfect tool for analysis and design of electronic circuits. It offers a very simple and clear interface, but also makes possible full of options for the user. It is possible to visualize the components of an electrical circuit in a series of graphic views. The user can look for various parameters of the components: capacity, resistance, pulse parameters… It is possible to use a graphical interface or to do a step by step analysis of electronic components. This is the ideal software for analyzing: — Power components — Minicircuits (sin, square wave, battery) — Microcircuits (capacitors, resistors, transistors, diodes…) — High Power Circuits (HV, HT, RF) — Electronic devices (integrated circuits, oscillators, amplifiers…) — Power systems (wiring harness) When studying the circuit, it is possible to locate the different types of components, a special focus is made on the capacitors and the resistors, integrated circuits can have internal components (bias…). — Bias components (voltage, current, capacitance) — Bias resistors (voltage, current, temperature) — Capacitance — Impedance — Inductance DigitalParameter can be used for digital electronic design of CMOS, BiCMOS, or any MOS technology. It allows the user to easily design the most commonly used digital circuits: Flip-Flops, Gates and D-type latches, NAND, NOR and XOR. It has a set of extensive features for the design of basic gates and latches such as adders, full adders, even full adders with carry, full adders with carry-lookahead, feedback full adders, decoders, two’s complement, and the majority-… ChipScope is a windows based measurement software tool to rapidly scan the die and package. It is an Open Source package. With this application the user can quickly and efficiently examine solder masks, probe marks, package and die variations in a through-silicon-view (TSV) package. ChipScope doesn’t include solder, the probe needles and it is not a probe station. To build a package (Dissolved Chip) is very difficult. The information of a chip is too… UEngine is the world’s easiest and most powerful 3D hexahedral modeling tool for electronic and mechanical
Features: — Import models: Paste the model file from your computer’s disc or sent to the program from a This is an interesting app and one of the most efficient, and you can find the solution in just 3 steps. Basically, you define the frequency of the signal and pass to the app, and if no result is obtained, you can modify the values of the simulation. The only problem I found was that the obtained result in the app was not the real value. I had to apply 100% synthetic resistance, but by setting the frequency filter in 0% the value of the resistance is much lower than the real value. I had the same problem, I was able to see in the program the saturation of the result, but this was not clear in the app, as it was not clearly explained in the program and not clear in the result. The program allows you to give a frequency to the signal and you can specify the time, as you can see in the image. At the beginning, I tried to enter a good result in the most common frequencies, I realized that when it was expressed in the program the result was very similar to the value of the simulation, and I found that the program was more correct than the app. The app also has an interesting feature, because of the reasons indicated on the program, it is possible to have a performance of 50% or 100% with continuous or periodic values. I had a problem, I had already run the program, I did not have saved the results. But then I ran the app and the result was perfect. The app is designed to work in windows 7 and 8. It has a performance of the program of 200% and the program 200%. It has two different modalities for the parameters, that is to say: Frequency and Time. IntelliTrace: This is an interesting application that is easy to use. I have the printed circuit board, and I want to export the two signals from it. The difficulties came at the end of the trace, when I was trying to export the values of the slope. I started with InteliTrace, and I exported the two signals, the slope, one was in front of the other. In this case, the problem was that the slope was inverted. And I had to reverse it, and the signal was given when it was the same as what
The Game requires 2GB or more of RAM. OS: Mac OS X 10.10 or higher CPU: Intel Core i5 2.7GHz or higher GPU: Intel HD 4000 or higher DirectX: Version 11 DirectX: Version 11 Audio: High Definition Audio – CoreAudio format or equivalent. The game does not support AAC Network: High speed internet connection with a stable connection and a download speed of at least 1.5 Mbps Storage: 5 GB free space Screenshots: 1.